- 11.8" does not include adaptor rings
- Sold individually
Enhance your Harley Davidson motorcycle's braking performance with the Twin Power 11.8-inch floating mesh rotor, designed specifically for select Harley touring and Dyna models from 2006 to 2017. Crafted by a premier disc brake manufacturer exclusively for Twin Power™, this rotor combines high-quality materials with advanced manufacturing techniques to ensure reliable and effective braking. The laser-cut design guarantees precise dimensions and consistency, while the precision ground surface prevents warping under demanding riding conditions, providing consistent stopping power and safety.
The rotor's robust construction and quality finish contribute to improved heat dissipation and reduced brake fade during extended rides or aggressive braking. This floating mesh rotor is engineered for straightforward installation, fitting a range of Harley Davidson models including the Road King, Street Glide, and Road Glide from 2008 to 2010, as well as the Dyna series from 2006 to 2017. Please note, this 11.8-inch rotor does not include adaptor rings, so compatibility with your existing setup should be verified prior to installation.
Sold individually, this rotor is a critical upgrade for riders seeking enhanced braking performance and durability. Whether you're restoring your motorcycle or upgrading for better stopping power, the Twin Power floating rotor offers a reliable solution built with precision and the highest standards in mind. Invest in this high-quality component to ensure your Harley maintains optimal safety and performance on every ride.
Features:
- Manufactured by a premier disc brake company exclusively for Twin Power™
- Precision laser cut for accurate fit and consistency
- Ground surface to prevent warping and ensure smooth operation
- Designed for Harley Davidson touring and Dyna models from 2006 to 2017
- Does not include adaptor rings, installation verification recommended
- Sold individually for flexible replacement options
- Constructed for durability, heat dissipation, and reliable braking performance
